EBM-PAPST 860mm 400V 50Hz 6Poles 1.43kw AC Axial Fan HyBlade Induced Plate Fan
Item No. 130-W6D800-KG13-01
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Ebm-Papst W6D800-KG13-01 motorized fan with wall plate. Technical Features: AC axial fan with Hyblade or AxiBlade sickle blades Connection: 400V Δ 880rpm, 400v Y 670rpm Blade material: Press fitted sheet Steel sprayed with PP plastic IP54 protection, class F insulation Thermal overload protector
Description
Ebm-Papst W6D800-KG13-01 motorized fan with wall plate. Technical Features:
 A=Forced
 V=Induced
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- AC axial fan with Hyblade or AxiBlade sickle blades
- Connection: 400V Δ 880rpm, 400v Y 670rpm
- Blade material: Press fitted sheet Steel sprayed with PP plastic
- IP54 protection, class F insulation
- Thermal overload protector (TOP) brought out (see wiring diagram)
- Airflow: V
- Min temperature: -25 ºC
- Max temperature: +60 ºC
 A=Forced
 V=Induced
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Specifications
- Voltage
- 400
- Poles
- 6
- Speed RPM
- 870
- Phase
- 3Ph
- Brand
- EBM-Papst
- Description
- EBM-PAPST 860mm 400V 50Hz 6Poles 1.43kw AC Axial Fan HyBlade Induced Plate Fan
Loading
EBM-PAPST 860mm 400V 50Hz 6Poles 1.43kw AC Axial Fan HyBlade Induced Plate Fan
Item No. 130-W6D800-KG13-01
Ebm-Papst W6D800-KG13-01 motorized fan with wall plate. Technical Features: AC axial fan with Hyblade or AxiBlade sickle blades Connection: 400V Δ 880rpm, 400v Y 670rpm Blade material: Press fitted sheet Steel sprayed with PP plastic IP54 protection, class F insulation Thermal overload protector
Specifications
- Voltage
- 400
- Poles
- 6
- Speed RPM
- 870
- Phase
- 3Ph
- Brand
- EBM-Papst
- Description
- EBM-PAPST 860mm 400V 50Hz 6Poles 1.43kw AC Axial Fan HyBlade Induced Plate Fan
Description
Ebm-Papst W6D800-KG13-01 motorized fan with wall plate. Technical Features:
 A=Forced
 V=Induced
Â
- AC axial fan with Hyblade or AxiBlade sickle blades
- Connection: 400V Δ 880rpm, 400v Y 670rpm
- Blade material: Press fitted sheet Steel sprayed with PP plastic
- IP54 protection, class F insulation
- Thermal overload protector (TOP) brought out (see wiring diagram)
- Airflow: V
- Min temperature: -25 ºC
- Max temperature: +60 ºC
 A=Forced
 V=Induced
Â